Data science as a flourishing interdisciplinary domain of computer and mathematical
sciences is playing an important role in guiding the porous material research streams. In the …

Recently, the output of Computational Fluid Dynamic (CFD) prediction on tidal stream
turbine systems has been receiving great attention owing to the vast and untapped tidal …

The actuator line method (ALM) is today widely used to represent wind turbine loadings in
computational fluid dynamics (CFD). As opposed to resolving the whole blade geometry, the …

Tidal stream turbines (TST) deployed in open-water energetic sites are often unintentionally
at yaw to the incoming flow that causes performance degradation and deflection of the wake …

This paper presents an extensive examination of the wake characteristics and hydrodynamic
performance of a 1: 60 scale horizontal axis tidal stream turbine under yawed inflow …

Hydrokinetic turbines utilizing renewable energy from water streams, such as tidal or river
currents, offer a sustainable solution for electricity generation in remote coastal or fluvial …

One of the biggest uncertainties in tidal stream energy resource assessment is how tidal
energy conversion, particularly at large scale, will interact with the resource. As few arrays …

In the case of tidal turbine arrays, the spatial evolution pattern of turbine wakes affects the
power performance of other turbines and the hydrodynamic environment of adjacent …

Tidal stream turbine arrays will be subject to a range of flow conditions throughout the tidal
cycle and it is important for developers to have an understanding of the impact of these on …

Tidal stream turbines may operate under yawed conditions due to variability in ocean
current directions. Insight into the wake structure of yawed turbines can be essential to …